+ fix#24466
+ Adds support for exposing the `pageerror` events via `browserContext`
API.
+ Helps with capturing the overall exceptions that are thrown outside of
the the current page and also captures the exceptions happens on other
windows/popups.
+ Keeps the API in sync with `context.on('request)',
context.on('console'), etc..`
I added a new option to the screenshot method to customize the color of
the box when we want to mask some elements for the screenshot.
The default color is pink `#FF00FF`, but with this new option you can
specify the color you like the most, like a nice green `#00FF00`:
```js
await page.screenshot({
mask: [page.locator('div').nth(5)],
maskColor: "#00FF00",
})
```
---------
Signed-off-by: Jasiel Guillén <darkensses@gmail.com>
`x-playwright-debug-log: value` headers are printed to `pw:browser`
debug log.
`x-playwright-attachment: name=value` headers are attached to each test.
Fixes#21619.
For security purpose, we would like to restrain sending HTTP credentials
to only the specified server. The idea is to give the ability to specify
a origin (scheme://host:port) additionally to current pair
username/password. When an authorization response is received from
servers, the credentials are sent only if the server origin in the
request matches case insensitive the specified origin.
The method accepts a `ratio` option to assert the ratio
of the element in viewport. `ratio` defaults to `Number.MIN_VALUE`.
NOTE: this reverts commit d950f5b6ee and
adds `ratio` option support + does the rename.
Fixes#8740
This patch implements a new image comparison function, codenamed
"ssim-cie94". The goal of the new comparison function is to cancel out
browser non-determenistic rendering.
To use the new comparison function:
```ts
await expect(page).toHaveScreenshot({
comparator: 'ssim-cie94',
});
```
As of Nov 30, 2022, we identified the following sources of
non-determenistic rendering for Chromium:
- Anti-aliasing for certain shapes might be different due to the
way skia rasterizes certain shapes.
- Color blending might be different on `x86` and `aarch64`
architectures.
The new function employs a few heuristics to fight these
differences.
Consider two non-equal image pixels `(r1, g1, b1)` and `(r2, g2, b2)`:
1. If the [CIE94] metric is less then 1.0, then we consider these pixels
**EQUAL**. (The value `1.0` is the [just-noticeable difference] for
[CIE94].). Otherwise, proceed to next step.
1. If all the 8 neighbors of the first pixel match its color, or
if the 8 neighbors of the second pixel match its color, then these
pixels are **DIFFERENT**. (In case of anti-aliasing, some of the
direct neighbors have to be blended up or down.) Otherwise, proceed
to next step.
1. If SSIM in some locality around the different pixels is more than
0.99, then consider this pixels to be **EQUAL**. Otherwise, mark them
as **DIFFERENT**. (Local SSIM for anti-aliased pixels turns out to be
very close to 1.0).
[CIE94]: https://en.wikipedia.org/wiki/Color_difference#CIE94
[just-noticeable difference]:
https://en.wikipedia.org/wiki/Just-noticeable_difference
